If the radius of anion is `0.20 nm`, the maximum radius of cation which can be filleed in respective voids is correctly matched in

If radius of anion is 0.20nm , the maximum radius of cations which can be filled in respective voids are correctly matched in :

If the radius of Br ion is 0.182 nm, the radius of biggest cation that can fit into its tetrahedral voids?

If the radius of a Chloride ion is 0.154 nm, then what is the maximum size of a cation that can fit in each of its octahedral voids?

If the radius of Br^(-) ion is 0.20 nm, how large can a cation be fit in its tetrahedral holes ?

For the closest packing of atoms A (radius, r_(A) ), the maximum radius of atom B that can be fitted into octahedral void is

For the closest packing of atoms A (radius, r_(A) ), the maximum radius of atom B that can be fitted into octahedral void is

If the radius of Br^(-) ion is 0.20 nn, how large can a cation be fit in its tetrahedral holes ?